Our Approach

Technology

Determine

We are scientists. We constantly discuss with researchers to understand and anticipate their technical needs in terms of software requirements, user experience and scientific objectives.

Plan

We study the relevant scientific literature to gain a deep understanding of the problem and we use our considerable experience gained in our own fields of expertise. We then use that understanding to design advanced modeling tools and features that meet our customers’ needs with the right working solution in the best delays.

Program

We develop by programming the features paying attention to correctness (making sure our software provides answers to the original problem), usability and performance.

Improve

After a feature goes into production, we deeply test it and actively seek for our users’ feedback to improve our software and make it easy to use for our customers.

We help our users be more productive and gain deep intimate knowledge of materials and devices by offering the most coherent and powerful solutions on the market. Our software is developed to achieve these goals.

Expert-level company

Our team cumulates decades of expertise in modeling the quantum properties of molecules, materials and nanoelectronic devices.

Expert-level device and material modeling skills

Since 2008, we have been developing our own material modeling algorithms and codes. We thus control and master all aspects of the modeling process starting from atomic physics up to device functionality, passing by material properties.

Our software and our experts have contributed to studies in domains as varied as topological insulators, semiconductor defects, tunnel FETs, new battery technologies and photocatalysts.

Quantum technology modeling expertise

Our team includes quantum-technology experts with several publications in peer-reviewed journals on solid-state quantum computing, quantum control, quantum sensing, and modeling of hardware used to implement qubits. In addition to continuously developing and expanding our quantum-hardware design software QTCAD, our team of quantum experts is frequently involved in R&D collaborations, co-development, technical report preparation, and contract research related to quantum-technology topics.

HPC expertise

Atomistic modeling is computationally expensive and it relies heavily on advanced algorithms and parallel implementation to solve large scale, realistic materials and devices. Our team counts several scientific computing experts working to optimize our codes so you can take advantage of the latest HPC platforms to break computational barriers and move research forward.

Productivity

Perform your experiments in silico. Limiting the number of experiments necessary to manufacture and characterize samples saves time, manpower, resources, and money for your organization.

Understanding

Experimental results are often interpreted in light of simplifying assumptions, which may themselves require experimental validation. Quantum simulations allow testing hypotheses which may be hardly accessible experimentally and avail the full analysis toolbox of modern science.